Nobel for TCM ? Not yet

如何将2017年生理学（生物钟）诺贝尔奖的灵感推动中医理论发展？
如何将2017年生理学（生物钟）诺贝尔奖的灵感推动中医理论发展？

已有 37 次阅读 2017-10-3 09:13 |个人分类:Thought Leader|系统分类:论文交流    推荐到群组  

如何将2017年生理学（生物钟）诺贝尔奖的灵感推动中医理论发展？

你如何播种，将2017年诺贝尔生理学奖得主的灵感翻译成中医理论？

 

Some company (see Ref., below,  ScienCell Research Laboratories | 6076 Corte Del Cedro. Carlsbad, CA) reap the fruit of 2017 Nobel prize in Physiology/Medicine. Take a free ride - why not?

 

It's pure instinct for me to write this post (below), simply from my own experience. Any good TCM doctors provided me with their prescriptions granted me a sound sleep - I guess their TCM medicine improved my internal biological clock, for someone like me suffering from insomnia.

 

诺贝尔奖2017生理医学生物钟给中医指明方向 http://blog.sciencenet.cn/blog-847277-1078861.html  

 

How can you sow the seed to translate the inspiration of 2017 Nobel prize in Physiology/Medicine to TCM (中医)?

Here are some thoughts:

1) basal levels of those biological clock before TCM - pathological readout (molecular assays, see Ref.)

2) molecular changes upon TCM treatment (time course study up to TCM efficacy time point - six months or longer)

3) It's cliche to mold molecular bio-clock theory to TCM mechanism; however, it's a way to compliment TCM holistic management with such theory. Nothing to hurt TCM, but doing nothing hurts much worse.

 

(Robotic translation - not proof-reading as I jot down/drop off my thoughts here, hoping I'll come back to visit this topic. Rushing through many ideas daily is a problem now as I got too much to do, with too little time)

你如何播种，将2017年年诺贝尔生理学奖得主的灵感翻译成中医？
植物，动物和人类将其生物节奏与地球的革命相适应，这样他们都可以保持同步。科学家知道这几个世纪之前，他们明白了什么使他们勾选。美国三位科学家Jeffrey C Hall，Michael Rosbash和Michael W Young一直致力于研究内部生物钟的见解。他们确定了果蝇内的基因，负责控制日常节律，称为周期基因。该基因的转录水平随着我们星球的旋转而振荡。研究获得了2017年诺贝尔生理学/医学奖。内部时钟是地球上生命的一个重要特征，将地球的旋转连接到数百万年演进的细胞织物中。

 

** Ref. **

Subject	Nobel Prize: the 24-hour Body Clock Study
From	Sciencell Research Laboratories
To
Date	Today 05:56

     

Primary Cells | qPCR Array Kits | Gene Database | Gene Expression Blog | Custom Order Plants, animals, and humans adapt their biological rhythm with

 

Web Version   Primary Cells | qPCR Array Kits | Gene Database | Gene Expression Blog | Custom Order GeneQuery™ Human Circadian Rhythm qPCR Array Kit Catalog #GK060 GeneQuery™ Human Circadian Rhythm qPCR Array Kit Catalog #GK060 Plants, animals, and humans adapt their biological rhythm with the Earth's revolutions, this way they can all stay synchronized. Scientists knew these centuries before they understood what made them tick. Three American scientists, Jeffrey C Hall, Michael Rosbash and Michael W Young, have been dedicated their research for insights into the internal biological clock. They identified a gene within fruit flies responsible for controlling the daily rhythm, known as period gene. The transcription level of this gene oscillates with the rotation of our planet. The research won them the 2017 Nobel Prize in Physiology/ Medicine. The internal clock is a key feature of life on Earth, one that wired the rotation of the planet into the fabric of our cells over millions of years of evolution. ScienCell's GeneQuery™ Human Circadian Rhythm qPCR Array Kit (GQH-CIR) profiles 88 key genes involved in regulating changes that occur on a roughly 24-hour cycle. Why use GeneQuery™ arrays? * Genes are selected based on extensive literature research by our Ph.D. scientist team * All known transcript variants of target gene are recognized * Primers are verified with over 10 types of normal human primary cells to assure universal specificity and biological relevance * Performance guaranteed with high efficiency and reproducibility; free of non-specific amplification * Customizable with no extra charge * Individual primers available Example applications: Basic research * Identify cell signaling aberrancies * Determine relevancy of biological pathways * Study gene expression manipulation * Examine mechanisms that may characterize phenotypes * Compare cell functionality and biology in various conditions * Confirm clustered RNA-Sequencing, microarrays and other preliminary data Translational research * Evaluate novel target genes or markers in discovery biology * Determine drug mechanism of action in drug screening * Evaluate new drug performance and enhance development Connect with ScienCell

 

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